See if you can ride a bike after filling the tires with water. Edit: Nevermind I just got to the part where you say you're gonna try filling it with water.😂🤣😂🤣 LMAO
@@cristinarnold the rotating mass is more which means it takes longer to get up to speed but since the mass is more itll rotate longer, a lot like a flywheel(the heavier it is the longer it takes to accelerate but it has a lot more momentum)
The natural slight imbalances in a pneumatic tire are generally negated by the air gently compressing and releasing. The weight of the water would magnify the tire imbalance.
I personally filled a tire full of sand (without a tube in it) and ran into an interesting problem... Because I didn't have a valve to put the sand through, I was left with an air "bubble" at the top of the tire. While spinning, this mean the sand could slide around inside the tire. This made for some very interesting feelings, especially when the 'bubble' decided to make a full loop.
@@MACcopsnK__Coronado that would actually be very interesting to see them fill up a car tire with random gases and possibly water and for them to try to drive it around.
Well Gas type definitely matters when it comes to fields that need high performance or high consistency such as racing and commercial aviation as both of those fields fill their tires with pure nitrogen. But they care mostly about the reduction in water content, increased consistency, and the fact that nitrogen behaves roughly the same at various operating temperatures. but it would be nice to see the differences if possible with the other gasses because i'm not sure how stable the volume of them are with a temp increase. unfortunately it would be to unsafe to do the testng on a real race car at temp
@@santhony1978 the first one was definitely angled up a bit- but the the later ones, especially the helium drop were pretty well dead nuts on center height. Because the tire is so very close to the scale, parallax error would be pretty minimal from that distance- especially when you consider the camera was a minimum 3-4’ away. I’d be willing to concede a few degrees angle, possibly an inch - but I think its pretty obvious that taking accurate measurements for this video was the last thing on their minds.
thanks for performing, etc. this experiment. it's useful to note that the helium was of insufficient amount to produce the expected result of measurably lightening the wheel. great idea for a method to test the viability of incorporating helium into everyday items for an anti-gravity effect.
Water is put in tires all the time in farming and construction. Usually you remove the valve body from inside the stem and put it at the height on the rim you want the water to be at. The rest is filled with air so that you can run the tires at a much lower pressure without risking the bead breaking loose.
Nate there is a big reason to hook a water hose to a tire. A ton of construction equipment have water filled tires for weight, and there is a special tool that hooks to the hose and the tire.
You can buy a water hose to schrader valve adapter at a tractor dealership with an air bleeder. There is air in an inner tube, even when deflated, unless you take out the valve and squeeze the tube flat. As you fill the tire with water, the water displaces the air space in the inner tube, so you get a tire full of water and compressed air. You put the valve stem at the top and hit the bleeder and it releases the air that was in the tube before you filled it with water, then you can have a tire FULL of air.
They do fill tires with water to make them healthier it's more for construction and agricultural uses. They make special pumps that spend a set time to fill then switches to a vacuum to take out air and this is always done with the valve stem in the 12 o clock position. Sometimes the valve core is also twice as big
45 psi is about 3 bar, which is normal for a gardenhose. you might get it up to 5 bar if you adjust the pressure gauge but you also risk to damage your home installations.
Gasses confined in a chamber create pressure, the type of gas you use changes how much/little gas is needed to reach your desired psi. Should have weighed every tire after filling them to see if the mass changes depending on the gas used.
Water filling tires is actually a thing, in fact I own a "Slime" branded kit/hose adapter for doing just that, water filled tires are used for farm tractors for added weight and traction.
I actually work in auto retail, and they make a attachment for putting water in tires, it’s meant for water in tractor tires for weight. And if you get a small hole you have longer times before it deflates
What your measuring is the flexibility of the rubber tire.... Other than the weight of the water, once you have the pressure in the tire the stretch of the tire in the side wall, different tires are going react for the properties use it's use.
They used to and sometimes still put water is tractor tires as a means of lowering the center of gravity and increasing the tractor weight for stability, an actual use for garden hose to schrader valve attatchment
Would be interesting to know if there is some Gyroscopic effect going on with the water which is why it is making it harder to turn since the water will continue spinning after the wheel slows down.
Interesting fact a lot of farm tractors have a water and antifreeze mix in rear tires for weight, this increases the towing or pulling power of tractor.
You know that would be a great practical joke to pull on someone setting up a line like that and make it look like it's an airline when it's in water in it instead
You guys should redo this but with both tires on the bicycle for each element. I'e, water, helium, carbon, soda???, carbonation, gallium, etc and actually full on ride them from point a to point b to see how these things are affected A)tire rotation B)tire movement C)extra forces trying to go other places D)stopping E)is it heavjer or lighter than air F)take to a bike shop and see their reactions when you ask them to ride the bikes
I would like to see what happens to tires on a car with these items filling the tires, and especially what happens with water. Will the tire stand up to driving? 🙂 Many thanks! Love your shows!
I feel like PSI (or really, any measurement of pressure) is basically equivalent to a measurement of density when there's a fixed volume of a gas (like in a bike tire). As such, yeah, 45 PSI of gaseous feathers is the same as 45 PSI of gaseous bricks.
The air ones that had different gases didn't bounce different amounts because the densities needed to get to 45 psi are different in each so you likely had similar weights to get that much pressure.
How else could we experiment with bikes?
Keep up the videos guys been loving them recently
Thank you guys for doing this I was wanted to do this
Fill the hollow bike frames with helium🤷🏼♂️
See if you can ride a bike after filling the tires with water. Edit: Nevermind I just got to the part where you say you're gonna try filling it with water.😂🤣😂🤣 LMAO
fill the tire with jelly
Take the bike to a bike shop and say something seems off and see their reaction to a water filled tire
This needs to happen
I NEED this in my life
That would be awesome!🤣☯️🐉👨🦽
How come we never see the black guy
@@kadensesay8056 yes
I was hoping for a ET kind of moment where you float off into the distance
That would’ve been really cool
If you rode the bike with tires filled with water down a hill will it go faster since it a bit heavier? 🤔🤔
Well yes. But it would take longer
Due to ratational inertia
@@AlechiaTheWitch if its going faster, how would it take longer? Very confused, but interesting 😂✌😉
@@cristinarnold i think they mean to get up to speed
@@cristinarnold the rotating mass is more which means it takes longer to get up to speed but since the mass is more itll rotate longer, a lot like a flywheel(the heavier it is the longer it takes to accelerate but it has a lot more momentum)
“We’re misusing some things today” isnt that EVERY day? Stretch armstrongs, cotton candy machines, washing mashings, dryers, dishwashers....
Don't forget the microwaves
Nate always says a ironic phrase like that 😂
You need to ride at speed. The gyroscopic effect of the water would have a greater effect
Yep! You should definitely feel a difference in the resistance when you attempt to turn at a higher speed.
The natural slight imbalances in a pneumatic tire are generally negated by the air gently compressing and releasing. The weight of the water would magnify the tire imbalance.
Editor: I'm not even gonna attempt to get his name right.
What?
Omg lol
Kaysen
Caysin
Kiesen
Kaison
Or something like that...
It's Kason
Oh kay, son
2:35 Whos dog is that and bring them to the camera please
Yes show us the dog 😍
I think they got a puppy. She appears in a couple other videos.
Nate and Callie bundled up in jackets.
Cason: Thin looking, short sleeved t-shirt.
The cold: Am I a joke to you?
How come we never see the black guy on this show but always in the start?
California never gets cold. It barely gets chilly.
@@The_Keeper I didn’t know that.😂
I’m not from the states. I know like nothing about it.
@@emacdaqt350 he’s probably the camera guy
@@jonathanleung4315 he’s not
2:37 doggo! Great video in all as always
Oi, are those helium balloons?”
“Yeh mate.”
“I told you not to bring helium balloons in the car, we’re flying away look!”
Calli: "Sloshy sloshy"
Freddy Kreuger: "Slashy slashy"
Nate: "We're going to be misusing some things today."
Me: * surprised Pikachu face *
I laughed when they were checking the helium psi with a second handheld gauge, when the hose had a gauge attached. Definitely misused.
Was really hoping for the bike to float...My dreams are shattered...
I would want the bike to float too but you would need lots of helium tanks for that to happen
It obviously would not float it would either rise or stay on the ground, its very tough to make it float without going up
@@Lightminator floating is by definition - going up. I think you mean hover, which is to stay at mostly the same altitude
My day is ruined and my sadness is imeshrable.
i was hoping too, even though i know it is physically impossible
Plot twist he has never rode a bike with normal air before
*ridden
I personally filled a tire full of sand (without a tube in it) and ran into an interesting problem... Because I didn't have a valve to put the sand through, I was left with an air "bubble" at the top of the tire. While spinning, this mean the sand could slide around inside the tire. This made for some very interesting feelings, especially when the 'bubble' decided to make a full loop.
For best results: put an E.T in the front basket.
I’d like to see the gas tested on a high performance vehicle like a race car. I think the difference will be more dramatic with speed/temperature.
Let’s just let the scale it first. Bike, regular car, then race car.
@@MACcopsnK__Coronado that would actually be very interesting to see them fill up a car tire with random gases and possibly water and for them to try to drive it around.
Well Gas type definitely matters when it comes to fields that need high performance or high consistency such as racing and commercial aviation as both of those fields fill their tires with pure nitrogen. But they care mostly about the reduction in water content, increased consistency, and the fact that nitrogen behaves roughly the same at various operating temperatures.
but it would be nice to see the differences if possible with the other gasses because i'm not sure how stable the volume of them are with a temp increase. unfortunately it would be to unsafe to do the testng on a real race car at temp
I want to see it but where are they going to get the race car?
"looked like 10 or 12" the camera view determined that was a lie :P
Fr, it was very obviously higher than that, closer to 17
Yea, zero accuracy on this video- helium was at least 25”. May need a revisit/ correction.
You would think that one of them will look at the measurer straight on instead of both of them looking at it from the side.
You should also take in to consideration that the camera was looking UP, which will make it appear to be bouncing higher than it actually is.
@@santhony1978 the first one was definitely angled up a bit- but the the later ones, especially the helium drop were pretty well dead nuts on center height.
Because the tire is so very close to the scale, parallax error would be pretty minimal from that distance- especially when you consider the camera was a minimum 3-4’ away. I’d be willing to concede a few degrees angle, possibly an inch - but I think its pretty obvious that taking accurate measurements for this video was the last thing on their minds.
Asking TKOR to make a giant jelly bean until they do. Day 11
Also asking for a giant jelly bean Day 9
Blobing to blob so they blob my blobing by blobing
Just liked tmand commented random thing to raise the comment's popularity
Just realised its already hearted
Perseverance
I second that.
Ik this is irrelevent, but I just had the BEST mango EVER!!
vomit it out and you can resell it as the best mango ever
I'm happy for you
@@whimsicottdaily L0L
I'm jealous
Nice man
2:36 cute dog in the background!
Everyone’s is first until you refresh
💀
Take my like and leave
Lmao
fIrSt !!!1!!1
thanks for performing, etc. this experiment. it's useful to note that the helium was of insufficient amount to produce the expected result of measurably lightening the wheel. great idea for a method to test the viability of incorporating helium into everyday items for an anti-gravity effect.
I have always wondered if you poured liquid nitrogen on a bike and hit it with a hammer if it will shatter or not
metal won't get cold enough to shatter (I don't think steel can get cold enough to shatter). They use metal containers to hold the stuff.
I have been asking for this for months .Finally!
*Fun Fact: Fun facts aren’t fun and usually aren’t even facts, including this one*
that's a fact...
Mind blowing
This is 100000% a fact fact
Hmmm... I gonna go with 'true'.
I may have heard that before though. Sorta cheating.
2:36 The puppy army crawling in the background was super cute lol we need more animal vids!
When the comment says 2 days ago..
Ikr
what about it? They probably just pre uploaded it and scheduled for it to be public or something today
@@ClareGPhotos idk it just looks weird if ur a noob like me :D
Wow... the guest seems super excited to be there.
Independent variable: What you fill the bike tires
Dependent variable: How it affect the ridability and balance
Controlled variable: The bike tires
Water is put in tires all the time in farming and construction. Usually you remove the valve body from inside the stem and put it at the height on the rim you want the water to be at. The rest is filled with air so that you can run the tires at a much lower pressure without risking the bead breaking loose.
Fun fact: my birthday is the day i was born
So shmart 😂
Today’s autually my bday lol
My brain had a mini stroke procesing this comment 😂
It’s my cousins birthday
@@tannerthain2688 Happy birthday!
This… does put a smile on my face
I think I suggested this a long time ago but I'll say it again: fill bike tires with ooblek
bring that kid on the team
Me living in the Netherlands belike: omg this is crazy and amazing
Guys you are the best you tubers ever you are the best
YES!!
Nate there is a big reason to hook a water hose to a tire. A ton of construction equipment have water filled tires for weight, and there is a special tool that hooks to the hose and the tire.
Fun fact: Farmers put water in tractor tires to make them heavier.
You can buy a water hose to schrader valve adapter at a tractor dealership with an air bleeder. There is air in an inner tube, even when deflated, unless you take out the valve and squeeze the tube flat. As you fill the tire with water, the water displaces the air space in the inner tube, so you get a tire full of water and compressed air. You put the valve stem at the top and hit the bleeder and it releases the air that was in the tube before you filled it with water, then you can have a tire FULL of air.
would be interesting to see this on car tires, see if it affects acceleration, or causes wobble at all with water
It would absolutely affect acceleration, stopping and handling considerably.
That’s what motorcycles do with wheel weights actually.
I believe Garage54 did that experiment.
@@purp1e200 ill have to check it out
You guys make my inner child very happy.
I never knew I wanted to know this but I guess I did
They do fill tires with water to make them healthier it's more for construction and agricultural uses. They make special pumps that spend a set time to fill then switches to a vacuum to take out air and this is always done with the valve stem in the 12 o clock position. Sometimes the valve core is also twice as big
Fun fact: people commenting rn haven't even seen the entire video
How did you know
ah, a time traveler. you’re also right though
Fun fact you did not see the entire video yet
Fun fact: on almost every video someone says that :P
False
Im guessing that coasting with water tires will be easier since it will preserve rotational momentum better, braking might get tricky tho
Did u know that weather balloons ate not filled with heliam because they need so much of it that it ends up being heaver than air
so hydrogen, then?
Nate was really out here going for ~the look~ y’all should try being models, TKOR it up however you like lol
First
Nathan CAI correct
What was the difference in weight for each and could you get a competitive bicyclists to do a lengthy ride to give a more in depth standpoint of them?
45 psi is about 3 bar, which is normal for a gardenhose. you might get it up to 5 bar if you adjust the pressure gauge but you also risk to damage your home installations.
If you went fast with water filled tires would there be a gyroscopic effect when turning?
Keep it up I really enjoyed thos
Gasses confined in a chamber create pressure, the type of gas you use changes how much/little gas is needed to reach your desired psi. Should have weighed every tire after filling them to see if the mass changes depending on the gas used.
Assuming that these were ideal gasses, the amount used would probably not have changed much/at all
5:00 calli remembers something
I love watching things go boom or burn XD
Water filling tires is actually a thing, in fact I own a "Slime" branded kit/hose adapter for doing just that, water filled tires are used for farm tractors for added weight and traction.
I actually work in auto retail, and they make a attachment for putting water in tires, it’s meant for water in tractor tires for weight. And if you get a small hole you have longer times before it deflates
0:21
in the middle summer ..
in the lift winter ..
in the right winter ..
What your measuring is the flexibility of the rubber tire.... Other than the weight of the water, once you have the pressure in the tire the stretch of the tire in the side wall, different tires are going react for the properties use it's use.
They used to and sometimes still put water is tractor tires as a means of lowering the center of gravity and increasing the tractor weight for stability, an actual use for garden hose to schrader valve attatchment
At higher speed the water wheel would be even more difficult to turn. The gyroscopic forces would be much higher with more mass.
Thank you guys for doing this I wanted to do this
Nice jacket, looks sick.
YESSS MORE OLD STYE VIDEOS LETS GOOOO
OMG THE LEATHER JACKET AND SUNGLASSES 😎🤩
Nate is looking pretty swag in this video
Awesome 🤓🤓
Nate: We are misusing some things today.
Me: When are you not misusing things?
You should try the same experiment using all terrain bicycle tires which are much bigger
Would be interesting to know if there is some Gyroscopic effect going on with the water which is why it is making it harder to turn since the water will continue spinning after the wheel slows down.
Interesting fact a lot of farm tractors have a water and antifreeze mix in rear tires for weight, this increases the towing or pulling power of tractor.
Interesting
WOW the king of random did something random again XD 🤣
correction.... slime makes a garden hose to shrader valve connection and yes farmers do it with tractor tires to improve traction
Cal lookin right. Also, WHERE IS KENNEN?!!!!
I can remember farmers used to put water in tractor tyres to help with traction
Great stuff.
You know that would be a great practical joke to pull on someone setting up a line like that and make it look like it's an airline when it's in water in it instead
If your doing it by psi then the pressure is the same...you should do it weight and volume. this will help you company how they really are different.
Great video
You guys should redo this but with both tires on the bicycle for each element. I'e, water, helium, carbon, soda???, carbonation, gallium, etc and actually full on ride them from point a to point b to see how these things are affected
A)tire rotation
B)tire movement
C)extra forces trying to go other places
D)stopping
E)is it heavjer or lighter than air
F)take to a bike shop and see their reactions when you ask them to ride the bikes
please try that one day
Water valve to Schrader valve! That's funny and interesting!
you should try freeze drying a stretch armstrong
A bicycle tyre full of jell-o might be fun - if you could find a way of getting it in there without destroying the inner tube.
Big fan
I would like to see what happens to tires on a car with these items filling the tires, and especially what happens with water. Will the tire stand up to driving? 🙂 Many thanks! Love your shows!
I feel like PSI (or really, any measurement of pressure) is basically equivalent to a measurement of density when there's a fixed volume of a gas (like in a bike tire). As such, yeah, 45 PSI of gaseous feathers is the same as 45 PSI of gaseous bricks.
Maybe you could try riding bicycles with tires that are filled with those materials.
This is cool
I really miss the random weekend projects.
Omg loved the vid
What a cool idea.
The air ones that had different gases didn't bounce different amounts because the densities needed to get to 45 psi are different in each so you likely had similar weights to get that much pressure.
2:36 dogo😍😍😍😍😍
Not related to the video but can you guys do an experiment with Miracle Berries? How and what they affect? Thanks and keep up the great videos!
Water is not compressible but your rubber tire is stretchy, balances out somewhat.
We are easily entertained !